CT5352 Super Austenitic 904L Capillary Tube

Super Austenitic 904L Capillary Tube Description

Super Austenitic 904L Capillary Tube is a low-carbon, high-nickel, molybdenum austenitic stainless acid-resistant steel. It has good activation-passivation transition ability, good corrosion resistance, and good corrosion resistance in non-oxidizing acids such as sulfuric acid, acetic acid, formic acid, and phosphoric acid. It has good resistance to pitting corrosion in neutral chlorine-containing media, as well as good resistance to crevice corrosion and stress corrosion.

Capillary tubes are used in various applications where precise control of fluid flow is required. Capillary Tubes are available in exact cut-to lengths and are also extremely operational in a wide range of high temperatures. These Capillary Tubes can be made in personalized thicknesses and sizes as per the specific requirements of our clients.

Super Austenitic 904L Capillary Tube Specification

Chemical Composition (%)

Super Austenitic 904L Capillary Tube Applications

1. Petroleum and petrochemical equipment, such as reactors in petrochemical equipment, etc.

2. Sulfuric acid storage and transportation equipment, such as heat exchangers, etc.

3. The main parts used in power plant flue gas desulfurization equipment are: the tower body of the absorption tower, the flue, the baffle plate, the internal parts, the spray system, etc.

4. Scrubbers and fans in machine acid treatment systems.

5. Seawater treatment equipment, seawater heat exchangers, paper industry equipment, sulfuric acid and nitric acid equipment, sulfuric acid, pharmaceutical industry and other chemical equipment, pressure vessels, and food equipment.

6. Pharmaceutical factory: centrifuge, reactor, etc.

7. Plant foods: soy sauce jars, cooking wine, salt shakers, equipment, and dressings.

Super Austenitic 904L Capillary Tube Packaging

Our Super Austenitic 904L Capillary Tube is carefully handled during storage and transportation to preserve the quality of our product in its original condition.